Design a microgrid for a PV system rated one MW of power at 220 V, 60 Hz with all the PV strings connected to the same D

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Design A Microgrid For A Pv System Rated One Mw Of Power At 220 V 60 Hz With All The Pv Strings Connected To The Same D 1 (40.54 KiB) Viewed 35 times

Design a microgrid for a PV system rated one MW of power at 220 V, 60 Hz with all the PV strings connected to the same DC bus. The transformer data are 220/460 V, 250 kVA, and 5% reactance; and 460V/13.2 kV of IMVA, and 10% reactance. Use the data given in Tables below. Determine the following: a. Number of modules in a string for each PV type, number of strings in an array for each PV type, number of arrays and surface area, weight and cost for each PV type. b. Boost converter and inverter specifications and the one-line diagram of this system c. Show the single-line diagram of the microgrid.
Photovoltaic Module Data Type 1 1910 54.8 Type 2 200 26.3 Type 3 170 28.7 Type 4 87 17.4 Panel Power (Max), W Voltage at max. power point (MPP), v Current at MPP, A Voc (open-circuit voltage). V Isc (short circuit current, A Efficiency Cost Width Length Thickness Weight 3.47 67.5 3.75 16.40% $870.00 34.6" 51.9" 1.8" 33.07 lbs 7.6 32.9 8.1 13.10% $695.00 38.6" 58.5" 1.4" 39 lbs 5.93 35.8 6.62 16.80% $550.00 38.3" 63.8 1.56" 40.7 lbs 5.02 21.7 5.34 >16% $397.00 25.7" 39.6" 2.3" 18.3 lbs Typical Deep - Cycle Battery Data: Part Number Volts 2-H Rate 120-H Rate PVX-3401 PVX 420T PVX-4901 PVX-S6UT PVX-690T PVX 8401 PVX-1080T PVX-1040T PVX-8901 12 12 12 12 12 12 12 12 12 Overall Dimensions Unit Length Weight Height Wtlbs (mm) (mm) (mm) (ke) 7.71 (196) 5.18 (132) 6.89 (175) 25 (11.4) 7.71 (196) 5.18 (132) 8.05 (204) 30 (13.6) 8.99 (228) 5.45 (138) 8.82 (224) 36 (16.4) 8.99 (228) 5.45 (138) 8.82 (224) 40 (18.2) 10.22 (260) 6.60 (168) 8.93 (277) 51 (23.2) 10.22 (260) 6.60 (168) 8.93 (277) 57 (25.9) 12.90 (328) 6.75 (172) 8.96 (228) 70 (31.8) 12.03 (306) 6.77 (172) 8.93 (227) 66 (30.0) 12.90 (328) 6.75 (172) 8.96 (238) 62 (28.2) 1-H Rate 21 26 31 36 42 52 68 65 55 动会考古发2日 27 33 39 45 53 66 86 82 70 Capacity Ampere-Hours 4-H 8-H 24-H 48-H 72-H Rate Rate Rate Rate Rate 28 30 34 36 37 34 36 42 43 43 43 49 52 53 49 56 60 62 55 60 69 73 76 68 74 84 90 94 88 97 108 118 122 85 93 104 112 116 72 79 89 95 98 おおおおおお品 38 45 55 63 79 97 126 120 102 Boost Converters Data: Input Voltage (V) 24-46 24-61 24-78 24-78 24-78 24-98 80 158 80-198 80-298 Output Voltage (V) 26.48 26-63 26 80 26-80 26 80 26-100 82-160 82-200 82-300 Power (kW) 9.2 12.2 11.23 11.23 13.1 12.5 15.2 14.2 9.5
Single - Phase Inverter Data: Type 3 Type 3 4.7 kW 500 V Inverter Type 1 Type 2 Power 500 W 5 kW 15 kW Input 500 V 500 V max 500 V Voltage DC Output 230 VAC/60 Hz 230 VAC/60 Hz 220 VAC/60 Hz Voltage @ 2.17 A @ 27 A @ 68 A AC Efficiency Min. 78% @ 97.60% > 94% full load Length 15.5" 315 mm 625 mm Width 5" 540 mm 340 mm Height 5.3" 191 mm 720 mm Weight 9 lbs 23 lbs 230 VAC/60 Hz @ 17.4 A 96% SS0 mm 300 mm 130 mm 20 lbs 170 kg Three-Phase Inverter Data: Inverter Type 1 100 kW 900 V Type 2 250 kW 900 V max Type 3 500 kW 900 V Type 3 1 MW SXXO V Power Input voltage DC Output voltage AC Efficiency 660 VAC/60 Hz 660 VAC/60 Hz 480 VAC/60 Hz 480 VACI 60 Hz Depth Width Height Weight Peak efficiency Peak efficiency 96.7% 97.0% 30.84" 38.2" 57" 115.1" 80° 89.2" 2350 lbs 2350 lbs Peak efficiency 97.6% 43.1" 138.8" 92.6" 5900 lbs Peak efficiency 96.0% 71.3" 138,6" 92.5" 12000 lbs